AUTONOMOUS DIAGNOSTICS TO ENABLE PREVENTION AND THERAPEUTICS (ADEPT)
The Department of Defense must be able to provide health care anywhere in the world at anytime. Autonomous Diagnostics to Enable Prevention and Therapeutics (ADEPT), is a five year program that seeks to provide Soldiers, Sailors, Airmen and Marines actionable information about their health, on-demand, by developing the following capabilities: diagnostics that can be carried on-person and self-administered, coupled with formats suitable for preservation of self-collected biospecimens for later expanded testing, if necessary; highly-multiplexed tests that can be performed outside of clinical laboratories; and, new methods to achieve effective immunity. These capabilities are being investigated through two efforts.
ADEPT - Diagnostics on Demand (DxOD): DxOD aims to enable in-vitro devices that address current clinical diagnostic needs and are reconfigurable to decrease the time to design, manufacture and rapidly distribute assays in response to an emerging diagnostic need. The program is addressing diagnostic technologies for use in two settings: diagnostics tailored for self-performed tests in limited resource settings and in point-of-care settings. These efforts will improve diagnostic capability and medical care in garrison, as well as in field, fleet, and air transport settings. An additional thrust of the DxOD effort includes capabilities to preserve, ship, archive and recover biomarkers from a self-collected biospecimen.
DARPA released a Request For Information related to this facet of the ADEPT program on November 14, 2011.
ADEPT - Controlling Cellular Machinery (CCM) includes two components and leverages advances to prevent, detect and treat disease using in-vivo and continuous monitoring methods.
Diagnostics and Therapeutics, launched in August 2011: advances the fundamental development and application of synthetic methods to detect, report and treat disease.
Vaccines, which began in September 2011: focuses on developing a non-integrating nucleic-acid based vaccine that has the potential to be safer and more effective than traditional vaccines.
Фундаментальные исследования в области военной медицины
BASIC OPERATIONAL MEDICAL SCIENCE
FY 2013
FY 2014
FY 2015
Autonomous Diagnostics to Enable Prevention and Therapeutics (ADEPT) Автономная полевая диагностика. Программа направлена на диагностирование и лечение в экстремальных условиях. В рамках программы должны быть созданы простые приборы для обнаружения маркеров болезней и их анализа на молекулярном уровне. Часть программы будет посвящена изучению способов извлечения и хранения образцов крови и других жидкостей организма бойцов прямо на поле боя.
21.620
40.500
39.912
Биомедицинские технологии
FY 2013
FY 2014
FY 2015
BT-01: BIOMEDICAL TECHNOLOGY
98.097
114.790
112.242
Autonomous Diagnostics to Enable Prevention and Therapeutics (ADEPT) Программа ADEPT ставит задачу быстрой разработки РНК-вакцин, потенциально исключающих время и затраты на процессы разработки и производства традиционных вакцин, и вместе с тем увеличивающих эффективность вакцинации. Подобные препараты могут применяться в случаях, не требующих применения высокоспециализированной медицинской помощи, например при гриппе. В рамках программы также разрабатываются методы надежной доставки мРНК в клетки иммунной системы. Фундаментальные исследования по программе выполняются в рамках направления Фундаментальные исследования в области военной медицины.
The Department of Defense must be able to provide health care anywhere in the world at anytime. Autonomous Diagnostics to Enable Prevention and Therapeutics (ADEPT), is a five year program that seeks to provide Soldiers, Sailors, Airmen and Marines actionable information about their health, on-demand, by developing the following capabilities: diagnostics that can be carried on-person and self-administered, coupled with formats suitable for preservation of self-collected biospecimens for later expanded testing, if necessary; highly-multiplexed tests that can be performed outside of clinical laboratories; and, new methods to achieve effective immunity. These capabilities are being investigated through two efforts.
ADEPT - Diagnostics on Demand (DxOD): DxOD aims to enable in-vitro devices that address current clinical diagnostic needs and are reconfigurable to decrease the time to design, manufacture and rapidly distribute assays in response to an emerging diagnostic need. The program is addressing diagnostic technologies for use in two settings: diagnostics tailored for self-performed tests in limited resource settings and in point-of-care settings. These efforts will improve diagnostic capability and medical care in garrison, as well as in field, fleet, and air transport settings. An additional thrust of the DxOD effort includes capabilities to preserve, ship, archive and recover biomarkers from a self-collected biospecimen.
DARPA released a Request For Information related to this facet of the ADEPT program on November 14, 2011.
ADEPT - Controlling Cellular Machinery (CCM) includes two components and leverages advances to prevent, detect and treat disease using in-vivo and continuous monitoring methods.
Фундаментальные исследования в области военной медициныАвтономная полевая диагностика. Программа направлена на диагностирование и лечение в экстремальных условиях. В рамках программы должны быть созданы простые приборы для обнаружения маркеров болезней и их анализа на молекулярном уровне. Часть программы будет посвящена изучению способов извлечения и хранения образцов крови и других жидкостей организма бойцов прямо на поле боя.
Биомедицинские технологии
Программа ADEPT ставит задачу быстрой разработки РНК-вакцин, потенциально исключающих время и затраты на процессы разработки и производства традиционных вакцин, и вместе с тем увеличивающих эффективность вакцинации. Подобные препараты могут применяться в случаях, не требующих применения высокоспециализированной медицинской помощи, например при гриппе. В рамках программы также разрабатываются методы надежной доставки мРНК в клетки иммунной системы. Фундаментальные исследования по программе выполняются в рамках направления Фундаментальные исследования в области военной медицины.